Flanged Motorized Ball Valve
Designed for High Differential Pressure Conditions · Stable and Reliable Performance
Up-graded Ball Valve Actuator
Torque Options: 20 Nm / 50 Nm / 80 Nm
Wide Power Input, Greater Application Flexibility
Supports 24 VAC / 24 VDC / 110–230 VAC power supply, reducing power compatibility constraints and enabling unified system design and rapid deployment.
Multiple Control Signal Input Modes
Supports 0(2)–10 VDC and 0(4)–20 mA standard control signals, allowing flexible integration with different control systems and on-site requirements.
Integrated Proportional Control & Floating Control
Proportional and floating control modes are integrated into a single design, with optional RS485 communication expansion.
High-Precision Regulation, Faster Response
Features 0.3% high regulation sensitivity with rapid response and precise control, meeting demanding flow or temperature control applications.
Auto-Calibration, Hassle-Free Installation
Built-in automatic stroke calibration enables immediate operation after installation, eliminating the need for manual commissioning.
IP68 High Protection Rating
The actuator achieves an overall IP68 protection rating, effectively resisting dust ingress and water immersion, ensuring long-term stable operation under harsh and complex site conditions.
Functional Features
- Multi-function DIP Switch
- Automatic Stroke Calibration, No Manual Adjustment Required
- Optional Signal Failure Reset and Fail-Safe Position Functions to meet different operating conditions
- Supports Both Mechanical Manual Override and Electrical Manual Operation
Capacitor Return Actuator
Configurable Return Position
Return position can be flexibly set to fully open, fully closed, or any intermediate position to meet diverse control requirements.
Capacitor-Based Return Design
Built-in high-performance capacitors enable return operation without external power supply, featuring a compact structure and simplified maintenance.
Stable and Reliable Output Torque
Capacitor-stored energy provides stable return torque, ensuring precise and reliable valve operation.
Fast Response, Energy-Efficient Operation
Capacitors release energy rapidly to enable instant valve actuation, reducing energy consumption and improving control efficiency.
APP Configuration & Bluetooth Communication
The device supports Bluetooth-based mobile APP configuration, enabling fast parameter setup and function adjustment—ideal for engineering installation and on-site operation & maintenance scenarios.
Valve Body
Multiple Valve Body Materials Available
Provides ductile iron valve bodies and stainless steel options (304 / 316 / 316L), balancing strength, corrosion resistance, and cost-effectiveness to meet different media and operating conditions. Ductile iron valve body: DN65–DN250 Stainless steel valve body: DN100–DN150
Fixed Ball Core Structure, Resistant to High Differential Pressure
Adopts a fixed ball design to maintain stable opening and closing torque under high differential pressure, effectively reducing actuator load and improving long-term system reliability.
High Sealing Performance, Zero-Leakage Design
Precision-machined ball and sealing structure ensure tight shutoff, achieving zero leakage and no dripping—suitable for industrial systems with strict sealing requirements.
Long-Life Design
Supports up to 1 million full-stroke open/close cycles, ideal for frequent regulation and long-term continuous operation, reducing maintenance and replacement costs.
High Shutoff Differential Pressure · Anti-Seizing Design
Featuring a fixed ball core structure, when inlet pressure increases, the ball is supported by the flow force, reducing friction between the ball and sealing rings. This design enables the valve to withstand higher shutoff differential pressure, effectively preventing seizing and ensuring stable, reliable closing under demanding conditions.
Industrial-Grade Stainless Steel, Quality You Can See
Carefully selected industrial-grade stainless steel with refined surface finishing and a stable structure, delivering both strength and visual appeal—reflecting the quality and reliability expected of professional-grade equipment.
Application Scenarios
Air Conditioning Water Systems
Ventilation Systems
